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Animal Multi-modal Microcatheter Endoscopy GPA-US-10, GUS-2D/3D, GOCT-OCT, GOCT-US-10 lMulti-modal (Photoacoustic, Ultrasonic, OCT) in vivo imaging lPhotoacoustic lateral direction Resolution down to 15μm, OCT lateral direction Resolution down to 8μm, Ultrasound imaging depth up to 30mm 3D Merged Imaging

Product Advantages

Innovative multimodal endoscope

In vivo imaging; larger depth; detect mucosal lesions and structural lesions.

Multimodal endoscopy

Higher resolution and deeper penetration

Penetration:

The whole biological tube wall

Resolution:

Photoacoustic transverse≤15μm, axial≤65μm

Ultrasound: axial:≤65μm

OCT: transverse≤20μm,axial≤8μm

Highlights:

OCT Imaging

Ultrasound imaging

Photoacoustic imaging

Structural imaging

Functional imaging

High resolution, deep penetration, three-dimensional imaging, specific imaging

Structural lesions, mucosal lesions

Penetration: The full thickness of the biological tube wall.

Resolution: Increased by 20 times.

Applications

Meet the endoscopic needs of various experimental animals

Endoscopic experiments on rats,mice,rabbits and pigs

Vascular network by photoacoustic imaging

Photoacoustic depth tomography

Photoacoustic ultrasound 3D imaging

Photoacoustic ultrasound 2D cross-sectional imaging

Cross-sectional imaging

Photoacoustic 3D tunnel perspective

Product Description

Photoacoustic multi-modal imaging system combines optical imaging and acoustic imaging techniques to provide high-resolution images of biological tissues at different depths. This technology can be applied to various fields, such as cancer diagnosis, brain imaging, and vascular imaging. The photoacoustic multi-modal imaging system has advantages such as non-invasive, real-time imaging, and low-cost, which makes it a promising tool for medical research and clinical applications.

Product Parameters

There are four models of the photoacoustic multi-modal imaging system. Please check the parameters as follows.

Product Model	GPA-US	GUS	GOCT-US	G0CT
Imaging modality	PAE&US	US	OCT&US	OCT
Application	Cardiovascular, digestive system, otolaryngology	Digestive system, ear, nose and throat, urinary system	Cardiovascular, Digestive System, ENT	Cardiovascular, Digestive System, Ear, Nose and Throat, Cranial Nervous System
Scan angle/ Retraction distance	360°/80 mm	360°/40 mm	360°/ 80 mm	360°/80 mm
Scan mode	2D/3D	2D/3D	2D/3D	2D/3D
Probe frequency	12/20 MHz	12/20 MHz	12/20 MHz	/
Imaging speed	30 fps	30 fps	30 fps	100 fps
Resolution	(PAE) transverse≤15μm,axial≤65μm (US)axial≤65μm	axial:≤65μm	(OCT) transverse≤20um,axial≤8um (US)axial≤65μm	transverse≤20um, axial≤8 um
Imaging depth	PAE≥3mm US≥30 mm	≥30 mm	OCT≥ 3mm US≥30 mm	≥3mm
Catheter diameter	1.0/2.5 mm	0.7/2.1/2.5 mm	1.0/2.5 mm	1.0 mm
Tube selection	Standard, balloon, guidewire	Standard, balloon, guidewire	Standard, balloon, guidewire	Standard, balloon, guidewire

Catheter Model	Outer Diameter (mm)	Frequency (MHz) - Wavelength (nm)	Length (mm)	Features	Imaging Modalities
UE-s-2D	0.7/2.1/2.5	12/20/30	2100	Single frequency B-mode imaging	Ultrasound
UE-d-2D	2.5	12-20/12-30	2100	Single frequency B-mode imaging	Ultrasound
UE-BS20-2D	1/2.1	12/20/30	2100	Guidewire-compatible B-mode imaging	Ultrasound
UE-G20-2D	2.5	12/20/30	2100	Balloon catheter B-mode imaging	Ultrasound
US-DP12	2.1/2.5	12/20/30	2100	Balloon catheter B-mode imaging	Ultrasound
OCT-DP	1	1310	2100	B-mode imaging	OCT
OCTUE-DP20	1/2.5	20-1310	2100	Dual-modalities 2D and 3D biplanar imaging	Ultrasound + OCT
PAUE-DP20	1/2.5	20-532/1064	2100	Dual-modalities 2D and 3D biplanar imaging	Photoacoustic + Ultrasound